APsystems 2310360214 User guide

2310360214
APsystems
Brand
APsystems
Model
2310360214
Type
User guide

This manual is also suitable for

APsystems 2310360214 enables efficient harnessing of solar power and optimizing energy production at the module level. With its advanced monitoring capabilities, you can remotely track performance, detect issues, and maximize solar generation. This microinverter is designed for outdoor use and is compatible with 60-cell and 72-cell PV modules, offering flexibility in system design. Installation is simple with plug-and-play connectivity, and the lightweight and compact design ensures easy handling.

APsystems 2310360214 enables efficient harnessing of solar power and optimizing energy production at the module level. With its advanced monitoring capabilities, you can remotely track performance, detect issues, and maximize solar generation. This microinverter is designed for outdoor use and is compatible with 60-cell and 72-cell PV modules, offering flexibility in system design. Installation is simple with plug-and-play connectivity, and the lightweight and compact design ensures easy handling.

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APsystems
8701 N. Mopac Expy, Ste 160, Austin, TX 78759
TEL: 844-666-7035 EMAIL: [email protected]
WEB: www.APsystems.com
Design Guide
APsystems DC Connector Polarity
Version 1.0 12/14
APsystems DC Connector Polarity ii
MATING APSYSTEMS MICROINVERTERS WITH PV
MODULES USING DC CONNECTORS
APsystems microinverters need to mate with PV modules through the appropriate DC
connectors. Follow these guidelines to ensure correct polarity between the microinverter and
the PV module.
Make sure the positive DC output of the PV module (+) connects to the
microinverter connector labeled negative (-), which is really the electrical positive
(+) inside the microinverter.
APsystems microinverters are normally manufactured with one type of DC cable that mate
with PV modules: MC-4 compatible locking connectors.
CASE 1: When PV modules have MC-4 compatible connectors and are directly connected
to the microinverter, those connectors automatically mate. These connections are
straightforward and consistent.
CASE 2: If re-termination of a module’s connectors is required, it is critical to identify the
positive output of the PV module from the markings on the junction box. Then add the
correlated MC-4 compatible connectors.
CASE 3: When PV modules have MC-3 compatible connectors, MC-4 to MC-3 adapters are
needed. The gure below illustrates the MC-4/MC-3 adapters and the way to connect an
APsystems Microinverter with MC-4 connectors to a PV module with MC-3 connectors.
Customers may special order microinverters with the following DC cables:
• PV module connectors are assigned and supplied by the customer.
• Bare wire cables without connectors.
CASE 1: When a microinverter has the same connectors as the module, connectors mate to
each other automatically. These connections are straightforward and consistent.
CASE 2: When a microinverter has bare wire DC cables, the customer needs to add
connectors. Make sure the microinverter cable labeled negative (-) connects to the positive
DC output of the PV module (+).
Figure 1
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APsystems 2310360214 User guide

2310360214
APsystems
Brand
APsystems
Model
2310360214
Type
User guide
This manual is also suitable for

APsystems 2310360214 enables efficient harnessing of solar power and optimizing energy production at the module level. With its advanced monitoring capabilities, you can remotely track performance, detect issues, and maximize solar generation. This microinverter is designed for outdoor use and is compatible with 60-cell and 72-cell PV modules, offering flexibility in system design. Installation is simple with plug-and-play connectivity, and the lightweight and compact design ensures easy handling.

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